THAS800M350AA1C

Aluminum electrolytic capacitors are widely used in industrial electronics as a reliable source of energy storage and power conditioning; THAS800M350AA1C aluminum electrolytic capacitors hold a prominent place in this product category. Featuring a slim design and relatively low power consumption, this capacitor series is perfect for use in automotive, musical instrument, and power supply industries.

THAS800M350AA1C aluminum electrolytic capacitors are a surface-mount capacitor design, capable of withstanding a wide variety of environmental conditions. With a voltage rating of 50V and a capacitance range of 350uF, they are used to increase stability and reduce ripple current in high-speed circuitry. The series is available in both leaded and non-leaded designs, and is rated for operation at temperatures between -55°C and +125°C.

The working principle behind aluminum electrolytic capacitors is based around the partial breakdown of a thin layer of aluminum oxide that acts as an electrical insulator. When a voltage is applied, the oxide layer begins to break down, allowing electric current to flow through the device. This establishes a bias current flow between the anode and the cathode. The polarization effect of the charge-carrying particles accelerates the breakdown of the oxide layer. The net effect is the creation of an effective electric field between the two conducting plates. This field can be used to store electrical energy in the form of a charge.

The low impedance, high capacitance, and wide operating temperature range of THAS800M350AA1C aluminum electrolytic capacitors make them well suited for applications in various industries. In medical equipment, they can be used for connection to power loupes and endoscopes. In power supply circuits, they can be used to condition power supply outputs and reduce ripple current. In audio systems, they can be used to filter out high frequency noise.

THAS800M350AA1C aluminum electrolytic capacitors deliver reliable power storage and conditioning solutions to a wide variety of industrial applications. With their slim design, low power consumption, and wide operating temperature range, they will continue to be an important component of industrial electronics for years to come.